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Inclinometer Sensors for Subsurface Movement Detection
A small shift underground can mean a big problem later. Whether you’re watching a slope after heavy rain or checking a dam’s long-term stability, you need data that doesn’t lie. Kingmach builds inclinometer sensors for exactly that—turning tiny displacements into clear, continuous records. These sensors are used in monitoring systems worldwide, from deep foundation pits to landslide early warning setups. With in-house manufacturing and a practical approach to customization, we help engineers get the measurements they need without overcomplicating the job. If your site demands reliable tilt tracking over months or years, our instruments are designed to stay consistent and require minimal fuss.
Technical Detail
Kingmach inclinometer sensors are part of a broader monitoring toolkit built for geotechnical challenges. They measure angular deviation from vertical or horizontal reference lines, giving you a profile of underground movement. The sensors typically come in MEMS or servo-accelerometer types, with signal output options to fit most data loggers. Our factory in China handles both standard production and tailored requests—cable lengths, connector types, or even specific mounting fixtures. That flexibility matters when you’re fitting instruments into boreholes, inclinometer casing, or structural attachments. Beyond the sensor itself, we provide technical support during installation and troubleshooting. Clients often integrate our inclinometers with automated data acquisition systems for real-time alarms. Common applications include landslide monitoring, retaining wall deflection checks, and tunnel convergence surveys. The hardware is built to handle damp, dusty, or vibrating environments—common in active construction zones. Kingmach has supplied monitoring solutions for projects in over 30 countries, backed by local distributors and after-sales service. While we consider ourselves mid-range in price, we don’t cut corners on essential reliability. Every sensor is calibrated and tested before shipping, and we keep spare parts available for long-running projects. If you’re not sure which model suits your job, our engineers can walk through the options based on your expected range, accuracy needs, and site conditions.
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Products

Portable Vibrating Wire Dynamic Strain Acquisition Readout JMYD-6008BX
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Wireless Data Logger (low power consumption design) JMWX-5RTU
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FAQ
Standard MEMS-based sensors usually deliver ±0.01° repeatability, while servo-accelerometer models can reach ±0.005°. For most geotechnical work, the repeatability is more important than absolute accuracy, because you’re tracking change over time. We’ll help you match the sensor to your deformation tolerance limits.
Yes, we have models rated for continuous submersion up to a certain depth. The housing is typically stainless steel with pressure-tight cable glands. Tell us your water pressure requirements, and we’ll confirm the right sealing option.
Our sensors usually output voltage (0-5V) or current (4-20mA), which is compatible with most logging systems. We can also provide RS485 digital output if you need longer cable runs or simpler networking. Just check your logger’s input specs, and we’ll configure accordingly.
Standard sensors ship within a week from stock. Custom modifications like special cable lengths or connector types add about two to three weeks. For large quantities, it’s best to discuss scheduling early so we can reserve production capacity.
Vertical inclinometers measure lateral displacement in boreholes—think of a hillside sliding sideways. Horizontal inclinometers measure settlement or heave in trenches or embankments. The choice depends on your monitoring direction. We can supply both types with the same sensing core.
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Mail: [email protected]
Contact Us: +8613808434127
Address: No. 188 Tongzipo West Rd, Changsha, Hunan, China